ID 原文 译文
4723 基于双线性对的多源网络编码同态签名不仅能够抵抗污染攻击，而且引入时间戳来抵制网络中的重放攻击。 Homomorphic signature from pairings for multi-source network coding couldresist pollution attacks, and the introduction of timestamp made it be capable to resist replay attacks.
4724 通过随机预言模型下的证明，2 种方案在选择性攻击下都是安全的。 In the random oraclemodel, it proves that two schemes are all secure under the selective attacks.
4725 通过效率分析发现，2 种方案都能有效提高验证效率。 Analysis shows that two schemes can effec-tively improve the verification efficiency.
4726 在随机半字节故障模型下，针对 Feistel 结构的 SIMON 密码进行了唯密文故障攻击。 The ciphertext-only fault analysis on the SIMON cipher was proposed by injecting a random nibble fault underthe random nibble fault model.
4727 导入随机半字节故障产生错误密文，对每个错误密文解密生成中间状态，利用统计学的知识分析中间状态的分布， After injecting faults, every faulty ciphertext could be decrypted and the statistical distri-bution of all intermediate states were analyzed by the attackers.
4728 在原有的 SEI 区分器、GF 区分器、MLE 区分器、MLE-SEI 双重区分器、GF-SEI 双重区分器和 GF-MLE 双重区分器的基础上，提出了新型的GF-MAP双重区分器、HW-MLE双重区分器、GF-HW双重区分器和HW-MAP双重区分器，对SIMON密码全部版本进行了统计分析。 On the basis of the previous distinguishers of SEI, GF,MLE, MLE-SEI, GF-SEI and GF-MLE, four novel distinguishers of GF-MAP, HW-MLE, GF-HW and HW-MAP wereproposed to reduce faults.
4729 结果表明，SIMON 密码不能抵抗唯密文故障攻击，并且所提新型区分器在 SIMON密码中需要故障数更少，攻击效果更好。 The results show that the SIMON cipher cannot resist against the ciphertext-only fault analysis.It provides an important reference for security analysis of other ciphers.
4730 研究成果为其他类似结构的算法提供了重要的借鉴。 With the development of the internet of things (IoT), 5G and industrial technology, industrial IoT has become anew research field.
4731 随着物联网、5G 和工业技术的发展，工业互联网已成为新兴研究领域。由于工业生产的特殊性，对标识解析服务的时延、安全性、稳定性都提出了更高要求。 Due to the specific requirements of delay, security and stability in industrial production, the traditionalDNS has limitations to meet the needs of industrial IoT because of its single identity object, rigid resolution results, andweak security.
4732 传统 DNS 标识主体单一、解析结果僵化、安全保护薄弱，无法满足工业互联网要求。在此背景下，如何对任意对象提供高效、灵活、安全的解析服务，已成为全球关注的热点领域。 In this context, how to provide efficient, flexible and secure resolution services for universal objects hasbecome a hot area worldwide.